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SBFA statically reserves a fraction of the channel bandwidth for compensating lagging flows This reserved bandwidth is called a virtual compensation flow or a long-term fairness server (LTFS) When a backlogged flow is unable to transmit due to channel error, a slot request corresponding to that flow is queued in the LTFS The LTFS is allocated a rate weight that reflects the bandwidth reserved for compensation The scheduling algorithm treats LTFS on a par with other packet flows for channel allocation When the LTFS flow is selected by the scheduler, the flow corresponding to the headof-line slot in the LTFS is selected for transmission Thus, in contrast with other wireless fair queueing algorithms, SBFA tries to compensate the lagging flows using the reserved bandwidth rather than swapping slots between leading and lagging flows There is no concept of leading flows in SBFA.

The lag of a flow is not explicitly bounded, and the order of compensation among lagging flows is according to the order in which their slots are queued in the LTFS When the reserved bandwidth is not used, it is distributed among other flows according to the error-free scheduling policy This excess service is essentially free since lead is not maintained As a consequence of the compensation model, SBFA provides fairness guarantees as a function of the statically reserved LTFS bandwidth The bounds are very sensitive to this reserved fraction For example, a single flow could perceive lots of errors, thereby utilizing all the bandwidth of the LTFS flow Other flows experiencing errors may not get enough compensation, resulting in unfair behavior for the system However, if the reserved fraction is large enough, then this situation does not arise.

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Thus, the rate of compensation is bounded by the reserved portion of the channel bandwidth The service degradation for leading and in-sync flows is graceful and the available service is lowerbounded by the minimum rate contracts established for the flow 845 Wireless Fair Service (WFS) In WFS, the error free service is computed by the modified fair queueing algorithm described in Section 831 in order to achieve a delay bandwidth decoupling in the scheduler This decoupling expands the schedulable region for WFS Unlike traditional fair queueing algorithms, WFS can support flows with high bandwidth and high delay requirements, as well as flows with low bandwidth and low delay requirements, due to the use of this modified scheduler The notion of lag and lead in WFS is the same as in CIF-Q A flow can increase its lag only when another flow can transmit in its slot.

(1.28)

Each flow i has a lead bound of limax and a lag bound of bimax A leading flow with a current lead of li relinquishes a fraction li/limax of its slots, whereas a lagging flow with a current lag of bi receives a fraction bi/ j Sbj of all the relinquished slots, where S is the set of backlogged flows Effectively, leading flows relinquish their slots in proportion to their lead, and relinquished slots are fairly distributed among lagging flows As a consequence of the compensation model, service degradation is graceful for leading flows and the fraction of slots relinquished by leading flows decreases exponentially WFS maintains a WPS-like WRR with spreading mechanism for determining which lagging flow will receive a relinquished slot The weight of a lagging flow in the WRR is.

The following are parameters for using this program: File names must be less than 80 characters C <covert filename> Current: covertFile.txt c <decoded filename> Current: O <overt filename> Current: overtFile.txt o <final overt filename> Current: overt2File.txt r <1- hidding routine> Current: 0 v <1-255 variable> Current: 0 Display this message The following are some examples of using this program to embed or extract information based on the preceding list: Example, to HTTP_WS encode: stego.exe -r 1 -C covertSmall.txt -O overtBig.html -o out.html Example, to HTTP_WS decode: stego.exe -r 2 -c covert2.txt -o out.html